computer languages




WHAT ARE COMPUTER LANGUAGES??


Computer languages are formal human-readable notations for expressing instructions to be executed by a computer. There are many different types of computer languages including


Machine language: a low-level language that consists of binary code and is understood directly by the computer's central processing unit (CPU).


Assembly language: a low-level language that uses symbolic codes to represent machine language instructions.



High-level programming languages: such as Python, Java, C++, JavaScript, etc., which are designed to be easier for humans to read and write.

machine language instructions
It's miles used to write software program that desires to interact immediately with the computer's hardware, and it affords a greater human-readable and easier-to-use interface in comparison to gadget language. but, it is system-specific and requires a deep know-how of pc architecture making it much less suitable for maximum software program 


development duties. high-level programming languages are pc programming languages that provide a higher-level of abstraction from the underlying hardware than low-stage languages together with machine language and assembly language. They may be designed to be simpler for human beings to read and write and they provide greater superior functions inclusive of facts structures, libraries and automated memory control.



A few examples of excessive-level programming languages include Python, Java, C++, JavaScript, and Ruby. these languages are utilized in a wide variety of applications, along with web improvement, clinical computing, sport improvement, and statistics evaluation.

one of the principal blessings of excessive-stage programming languages is their clarity. They use herbal language constructs which include variables, capabilities  and they provide a excessive-level of abstraction from the underlying hardware. This makes it simpler for builders to jot down understand and keep code and it reduces the chance of mistakes in comparison to low-degree languages.


some other gain of high-degree programming languages is their portability. Code written in a excessive-stage language can normally be run on special working systems and hardware platforms with out the need for change. This makes it less complicated to write down go-platform software program, and it reduces the fees related to preserving more than one codebases. excessive-stage programming languages additionally offer advanced features inclusive of statistics structures, libraries, and automatic memory control. those functions make it less complicated for builders to write efficient and strong code, and they lessen the danger of errors together with memory leaks and buffer overflows.





in spite of their benefits, high-level programming languages also have some limitations. they are typically slower than low-level languages as they require greater processing time to translate the code into system language. Additionally they typically offer much less manage over the computer's hardware and may not be suitable for low-degree device responsibilities which includes device drivers and operating systems. In end high-level programming languages are computer programming languages that offer a higher-stage of abstraction from the underlying hardware, making it less difficult for developers to write, apprehend and keep code. They are widely utilized in more than a few packages and offer superior features, together with facts structures, libraries, and automated reminiscence management. however, they may be generally slower than low-stage languages and provide much less manage over the laptop's hardware, making them much less appropriate for low-degree gadget tasks.

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